Browsing Preprinti (MII) / Preprints by Title
Now showing items 5-12 of 12
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On building 4-critical plane and projective plane multiwheels from odd wheels
(2013-01-31)We build unbounded classes of plane and projective plane multiwheels that are 4-critical that are received summing odd wheels as edge sums modulo two. These classes can be considered as ascending from a single common graph ... -
ON CYCLE INVARIANT
(2013-04-23)Taking the programming paradigm with the cycle invariant as a base notion there for a ground cycle paradigm, in a more general setting here these things are considered. Epistemological aspects with reference to Rene Descartes ... -
On Grinbergs' differential geometry and finite fields
(2019-03-27)Emanuels Grinbergs, in his youth, during ten years, from 1933 until 1943, wrote three dissertations on one subject, namely, differential geometry [1, 2, 3]. We think that his work in this direction has been neglected for ... -
Root cause analysis of large scale application testing results
(2015-08-24)In this paper we present a new root cause analysis algorithm for discovering the most likely causes of the differences found in testing results of two versions of the same software. The problematic points in test and ... -
A systematic review of SQL-on-Hadoop by using compact data formats
(2016-10-30)There are huge volumes of raw data generated every day. The question is how to store these data in order to provide faster data access. The research direction in Big Data projects using Hadoop Technology, MapReduce kind ... -
Testing 4-critical plane and projective plane multiwheels using Mathematica
(2015-10-27)In this article we explore 4-critical graphs using Mathematica. We generate graph patterns according [1, D. Zeps. On building 4-critical plane and projective plane multiwheels from odd wheels, arXiv:1202.4862v1]. Using ... -
Using 2-colorings in the theory of uniquely Hamiltonian graphs
(2019-02)We use the concept of 2-coloring in analyzing UH3 graphs and building exact specifications of functions to find new UH3 graphs by Hamiltonian cycle edge extractions